Theia Elements Transferable to Companies
Most of Theia products, softwates and tools developed within Theia SECs are delivered under open licences (ETALAB, Creative Commons, etc.). Private stakeholders such as scientists, administrations or local authorities can therefore use them and develop their own uses, especially commercial ones.
To manufacture Theia products, Theia SECs have developed processing chains, most of which are distributed under open licences. Interested companies can contact these SECs to find out more and, if necessary, receive advice on their implementation.
Some Examples of Transfer and Cooperation with Companies
| Private companies | Theia Transfered Product or Treatment | Developing Theia SEC |
|---|---|---|
| Magellium | Snow | Snow-covered surface SEC |
| TerraNIS | Sat’Irr | Evapotranspiration SEC |
| CLS | Hydroweb | Water levels of lakes and rivers SEC |
| Kermap, Aistechspace, Magellium, Geoface, Cap Gemini, etc. | Maja | Surface Reflectance SEC |
Theia News on Private actors
[PhD] Spatio-temporal dynamics of suspended particulate matter in the estuary/coastal sea continuum
Thesis project aiming to integrate and interact high-frequency in situ data (COAST-HF, SYNAPSES) with water color satellite data (Sentinel 2/3 – Landsat – MODIS) to enhance our understanding of the land-sea interface.
Two THEIA LiDAR tools for forest monitoring
On this International Day of Forests, for which innovation has a major role to play in 2024, we are highlighting two tools dedicated to the management of aerial LiDAR data […]
SWOT data that exceeds expectations
The SWOT space mission was launched at the end of 2022 by CNES and NASA to document the water masses of the entire planet – oceans and continental waters. Data […]
Measuring the albedo of mainland France from Sentinel-2
THEIA’s Albedo team has developed a method for calculating high-resolution (HR) albedo using Sentinel-2 data. The method has already been used as part of the Copernicus Global Land Service program, […]
Theia News on Transfer
[PhD] Spatio-temporal dynamics of suspended particulate matter in the estuary/coastal sea continuum
Thesis project aiming to integrate and interact high-frequency in situ data (COAST-HF, SYNAPSES) with water color satellite data (Sentinel 2/3 – Landsat – MODIS) to enhance our understanding of the land-sea interface.
Two THEIA LiDAR tools for forest monitoring
On this International Day of Forests, for which innovation has a major role to play in 2024, we are highlighting two tools dedicated to the management of aerial LiDAR data […]
SWOT data that exceeds expectations
The SWOT space mission was launched at the end of 2022 by CNES and NASA to document the water masses of the entire planet – oceans and continental waters. Data […]
Measuring the albedo of mainland France from Sentinel-2
THEIA’s Albedo team has developed a method for calculating high-resolution (HR) albedo using Sentinel-2 data. The method has already been used as part of the Copernicus Global Land Service program, […]